High precision: The cutting width of laser cutting can be controlled at around 0.1mm, which can meet the processing requirements of complex graphics and high-precision parts.
High speed: Laser cutting is fast, especially suitable for processing thin sheet materials, which can greatly improve production efficiency.
Small heat affected zone: During laser cutting, the material has a small heat affected area and low degree of thermal deformation, making it suitable for processing heat sensitive materials.
Widely applicable materials: Laser cutting can be used for almost any material, including metals (such as stainless steel, aluminum alloy, titanium alloy), non metals (such as wood, plastic, glass, ceramics), etc.
Non contact processing: Laser cutting does not require cutting tools, avoiding the influence of mechanical stress on materials, and will not produce shear burrs and chips.
High degree of automation: Laser cutting equipment is easy to integrate with automation systems, achieving automation and intelligence in the processing process.